
Accurate simulations of linear and nonlinear optical processes and passive and active devices require the flexibility to model optically-complex materials and the ability to model device optical components. Many photoactive materials have complicated energy level diagrams and multiple optical transitions including stimulated emission, energy transfer and multiphoton absorption. Laser and amplifier simulations require the integration of material properties and optical parameters with other optical components as well as the calculation of device eigenmodes and gain. Multiphoton and super-resolution microscope modeling involves both simulating microscope optical components and simulating how focused light beams interact with materials.
Integrating SimphoSOFT® with VirtualLab™ enables unlimited flexibility to simulate and design passive and active devices. SimphoSOFT modules focus on complex nonlinear interactions of light with gain or highly absorptive materials while VirtualLab offers a powerful general purpose design tool for modeling devices.
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Active material modules for the design of: |
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To learn more about this integrated solution contact our support team. You can register for a free Webinar covering one application of this intergation:
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SimphoSOFT® can be purchased as a single program and can be also configured with Energy Transfer add-on ![]() ![]() ![]() ![]() ![]()
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Simphotek offers a full free trial version for 30-day evaluation.
[+] Fill out evaluation form |